void SdDurationCanvas::merge(Q3PtrList<SdDurationCanvas> & l) {
l.removeRef(this);
QRect r = rect();
int vmin = r.top();
int vmax = r.bottom();
SdDurationCanvas * d;
for (d = l.first(); d != 0; d = l.next()) {
QRect dr = d->rect();
if (dr.top() < vmin)
vmin = dr.top();
if (dr.bottom() > vmax)
vmax = dr.bottom();
collapse(d);
}
if (vmin < r.top())
Q3CanvasItem::moveBy(0, vmin - r.top());
resize(r.width(), vmax - vmin + 1);
update_self();
}
// -----------------------------------------------------------
void QucsApp::slotCursorLeft(bool left)
{
int sign = 1;
if(left){
sign = -1;
}
if(!editText->isHidden()) return; // for edit of component property ?
Q3PtrList<Element> movingElements;
Schematic *Doc = (Schematic*)DocumentTab->currentWidget();
int markerCount = Doc->copySelectedElements(&movingElements);
if((movingElements.count() - markerCount) < 1) {
if(markerCount > 0) { // only move marker if nothing else selected
Doc->markerLeftRight(left, &movingElements);
} else if(left) {
if(Doc->scrollLeft(Doc->horizontalScrollBar()->singleStep()))
Doc->scrollBy(-Doc->horizontalScrollBar()->singleStep(), 0);
}else{ // right
if(Doc->scrollRight(-Doc->horizontalScrollBar()->singleStep()))
Doc->scrollBy(Doc->horizontalScrollBar()->singleStep(), 0);
}
Doc->viewport()->update();
view->drawn = false;
return;
} else { // random selection. move all of them
view->moveElements(&movingElements, sign*Doc->GridX, 0);
view->MAx3 = 1; // sign for moved elements
view->endElementMoving(Doc, &movingElements);
}
}
void ClassData::get_actuals(Q3PtrList<ActualParamData> & l, BrowserClass * parent)
{
if (((BrowserNode *) parent->parent())->get_type() == UmlClass)
get_actuals(l, (BrowserClass *) parent->parent());
ActualParamData * actual;
int n = ((ClassData *) parent->get_data())->nformals;
if (n != 0) {
// search the first associated actual
for (actual = actuals.first(); actual != 0; actual = actuals.next()) {
if ((actual->get_class() == parent) &&
(l.findRef(actual) == -1))
// find;
break;
}
int nth = 0;
// progress on still present formals
while (actual && (nth < n) && (actual->get_class() == parent)) {
// actual ok
l.append(actual);
actual = actuals.next();
nth += 1;
}
}
}
void SubjectCanvas::send(ToolCom * com, Q3CanvasItemList & all)
{
Q3PtrList<SubjectCanvas> subjects;
Q3CanvasItemList::Iterator cit;
for (cit = all.begin(); cit != all.end(); ++cit) {
DiagramItem *di = QCanvasItemToDiagramItem(*cit);
if ((di != 0) &&
(*cit)->visible() &&
(di->type() == UmlSubject))
subjects.append((SubjectCanvas *) di);
}
com->write_unsigned(subjects.count());
SubjectCanvas * sc;
for (sc = subjects.first(); sc != 0; sc = subjects.next()) {
Q3CString s = fromUnicode(sc->name);
com->write_string((const char *) s);
com->write(sc->rect());
}
}
void ClassData::update_actuals()
{
if (DontUpdateActuals)
return;
// an inherited parent was modified/deleted, updates all actuals
Q3PtrList<BrowserNode> parents = browser_node->parents();
Q3PtrList<ActualParamData> new_actuals;
Q3PtrList<ActualParamData> managed;
BrowserClass * parent;
for (parent = (BrowserClass *) parents.first();
parent != 0;
parent = (BrowserClass *) parents.next())
update_actuals(parent, new_actuals, managed);
if (!(actuals == new_actuals)) {
ActualParamData * actual;
for (actual = actuals.first(); actual != 0; actual = actuals.next())
if (new_actuals.findRef(actual) == -1)
delete actual;
actuals = new_actuals;
browser_node->package_modified();
}
// note : even if actuals == new_actuals to take
// into account change in already existing formal and actual
emit actuals_changed();
}
void ReferenceDialog::compute() {
QApplication::setOverrideCursor(Qt::waitCursor);
Q3PtrList<BrowserNode> l;
BrowserNode * bn;
nodes.clear();
results->clear();
target->referenced_by(l);
for (bn = l.first(); bn; bn = l.next())
nodes.append(bn);
nodes.sort();
// remove duplicats
nodes.first();
while ((bn = nodes.current()) != 0)
if (bn == nodes.next())
nodes.remove();
QStringList names;
nodes.full_names(names);
QStringList::Iterator it;
for (bn = nodes.first(), it = names.begin();
bn;
bn = nodes.next(), ++it)
results->insertItem(*(bn->pixmap(0)), *it);
selected((nodes.isEmpty()) ? -1 : 0);
QApplication::restoreOverrideCursor();
}
void QueueEditor::recursiveSaveData(KFTPQueue::TransferDir *parent, const KUrl &srcUrl, const KUrl &dstUrl)
{
KFTPQueue::QueueObject *o;
Q3PtrList<KFTPQueue::QueueObject> children = parent->getChildrenList();
KUrl sUrl, dUrl;
for (o = children.first(); o; o = children.next()) {
KFTPQueue::Transfer *i = static_cast<KFTPQueue::Transfer*>(o);
// Modify the urls
sUrl = srcUrl;
dUrl = dstUrl;
sUrl.addPath(i->getSourceUrl().fileName());
dUrl.addPath(i->getDestUrl().fileName());
// Set the urls
i->setSourceUrl(sUrl);
i->setDestUrl(dUrl);
i->setTransferType(m_lastTransferType);
i->emitUpdate();
if (i->isDir())
recursiveSaveData(static_cast<KFTPQueue::TransferDir*>(i), sUrl, dUrl);
}
}
void UmlJunctionPseudoState::generate(UmlClass * machine, UmlClass * anystate, UmlState * state) {
// create an operation because a priori shared
if (_oper.isEmpty())
_oper.sprintf("_junction%d", ++_rank);
UmlClass * cl = state->assocClass();
UmlOperation * junction;
if (((junction = (UmlOperation *) cl->getChild(anOperation, _oper)) == 0) &&
((junction = UmlBaseOperation::create(cl, _oper)) == 0)) {
UmlCom::trace("Error : cannot create operation '" + _oper
+ "' in class '" + cl->name() + "'<br>");
throw 0;
}
junction->defaultDef();
junction->setComment("implement a junction, through an operation because shared, internal");
junction->setType("void", "${type}");
junction->addParam(0, InputOutputDirection, "stm", machine);
junction->setParams("${t0} & ${p0}");
Q3CString body;
const Q3PtrVector<UmlItem> ch = children();
Q3PtrList<UmlTransition> trs;
unsigned index;
for (index = 0; index != ch.count(); index += 1)
if (ch[index]->kind() == aTransition)
// theo mandatory
trs.append((UmlTransition *) ch[index]);
UmlTransition::generate(trs, machine, anystate, state, body, " ", FALSE);
junction->set_CppBody(body);
}
void BrowserNode::signal_unconsistencies()
{
QString pfix =
TR("<p><b>Warning, the model is not consistent because some elements have\n"
"the same internal identifier.</b></p>\n"
"<p>Users working on the same project have the same use identifier,\n"
"or you had change the model files, or used Project synchro\n"
"without following the mandatory rules</p>\n");
QString msg;
if (!UnconsistencyDeletedMsg.isEmpty())
msg = pfix + "<p>" + TR("These elements was <b>removed</b>") + " :</p>\n <ul>"
+ UnconsistencyDeletedMsg + "</ul>\n";
if (!UnconsistencyFixedMsg.isEmpty()) {
if (UnconsistencyDeletedMsg.isEmpty())
msg = pfix;
msg += "<p>"
+ TR("The internal identifier of these elements was changed,\n"
"but <u>I can't garantee the references to them are the right one</u>,\n"
"check your model")
+ " :</p>\n<ul>" + UnconsistencyFixedMsg + "</ul>\n";
do_change_shared_ids();
do
ModifiedPackages.take(0)->is_modified = TRUE;
while (! ModifiedPackages.isEmpty());
}
if (! msg.isEmpty()) {
UnconsistencyDeletedMsg = UnconsistencyFixedMsg = QString::null;
warn(msg);
}
}
void DOMTreeView::slotMovedItems(Q3PtrList<QTreeWidgetItem> &items, Q3PtrList<QTreeWidgetItem> &/*afterFirst*/, Q3PtrList<QTreeWidgetItem> &afterNow)
{
MultiCommand *cmd = new MultiCommand(i18n("Move Nodes"));
_refreshed = false;
Q3PtrList<QTreeWidgetItem>::Iterator it = items.begin();
Q3PtrList<QTreeWidgetItem>::Iterator anit = afterNow.begin();
for (; it != items.end(); ++it, ++anit) {
DOMListViewItem *item = static_cast<DOMListViewItem *>(*it);
DOMListViewItem *anitem = static_cast<DOMListViewItem *>(*anit);
DOM::Node parent = static_cast<DOMListViewItem *>(item->parent())->node();
Q_ASSERT(!parent.isNull());
// kDebug(90180) << " afternow " << anitem << " node " << (anitem ? anitem->node().nodeName().string() : QString()) << "=" << (anitem ? anitem->node().nodeValue().string() : QString());
cmd->addCommand(new MoveNodeCommand(item->node(), parent,
anitem ? anitem->node().nextSibling() : parent.firstChild())
);
}
mainWindow()->executeAndAddCommand(cmd);
// refresh *anyways*, otherwise consistency is disturbed
if (!_refreshed) refresh();
slotShowNode(current_node);
}
// -----------------------------------------------------------
void QucsApp::slotCursorRight()
{
if(!editText->isHidden()) return; // for edit of component property ?
Q3PtrList<Element> movingElements;
Schematic *Doc = (Schematic*)DocumentTab->currentPage();
int markerCount = Doc->copySelectedElements(&movingElements);
if((movingElements.count() - markerCount) < 1) {
if(markerCount > 0) { // only move marker if nothing else selected
Doc->markerLeftRight(false, &movingElements);
movingElements.clear();
}
else {
if(Doc->scrollRight(-Doc->horizontalScrollBar()->lineStep()))
Doc->scrollBy(Doc->horizontalScrollBar()->lineStep(), 0);
}
Doc->viewport()->update();
view->drawn = false;
return;
}
view->moveElements(&movingElements, Doc->GridX, 0); // move "GridX" to right
view->MAx3 = 1; // sign for moved elements
view->endElementMoving(Doc, &movingElements);
}
PlotLine * SINWAV::calculateCustom (QString &, Q3PtrList<PlotLine> &)
{
Q3PtrList<PlotLine> pll;
pll.setAutoDelete(FALSE);
getSINWAV(pll);
pll.remove(1);
return pll.at(0);
}
void UmlClass::extend(WrapperStr mcl)
{
if (parent()->parent()->kind() != aPackage)
return;
int index = mcl.find('#');
if (index == -1)
return;
WrapperStr path = mcl.left(index);
const char * defltpath0 = "http://schema.omg.org/spec/UML/2.0/uml.xml";
const char * defltpath1 = "http://schema.omg.org/spec/UML/2.1/uml.xml";
bool dflt = ((path == defltpath0) || (path == defltpath1));
mcl = mcl.mid(index + 1);
static Q3PtrList<UmlClass> metaclasses;
Q3PtrListIterator<UmlClass> it(metaclasses);
UmlClass * metacl = UmlClass::get(mcl, 0);
WrapperStr s;
if ((metacl == 0) ||
(metacl->stereotype() != "metaclass") ||
!((dflt) ? (!metacl->propertyValue("metaclassPath", s) ||
(s == defltpath0) ||
(s == defltpath1))
: (metacl->propertyValue("metaclassPath", s) &&
(path == s)))) {
metacl = 0;
if (dflt) {
for (; (metacl = it.current()) != 0; ++it) {
if (!strcmp(mcl, metacl->name()) &&
(!metacl->propertyValue("metaclassPath", s) ||
(s == defltpath0) ||
(s == defltpath1)))
break;
}
}
else {
for (; (metacl = it.current()) != 0; ++it) {
if (!strcmp(mcl, metacl->name()) &&
metacl->propertyValue("metaclassPath", s) &&
(path == s))
break;
}
}
if (metacl == 0) {
metacl = addMetaclass(mcl, (dflt) ? 0 : (const char *)path); //[rageek] different types for ? :
metaclasses.append(metacl);
}
}
UmlRelation::create(aDirectionalAssociation, this, metacl);
}
bool ClassInstanceData::change_rel(ToolCom * com, const char * args,
bool isadd) {
com->get_unsigned(args); // 2
BrowserRelation * r = (BrowserRelation *) com->get_id(args);
BrowserClassInstance * other = (BrowserClassInstance *) com->get_id(args);
if (r->deletedp() || other->deletedp()) {
com->write_ack(FALSE);
return FALSE;
}
RelationData * rd = (RelationData *) r->get_data();
Q3ValueList<SlotRel>::Iterator it;
for (it = relations.begin(); it != relations.end(); ++it) {
const SlotRel & slot_rel = *it;
if ((slot_rel.value == other) &&
(r == ((slot_rel.is_a) ? rd->get_start() : rd->get_end())))
break;
}
if (isadd) {
if (it == relations.end()) {
// not yet present
Q3PtrList<BrowserRelation> l;
cl->get_rels(((ClassInstanceData *)other->get_data())->cl, l);
if ((l.findRef(r) == -1) ||
(!other->is_writable() && !root_permission())) {
// illegal
com->write_ack(FALSE);
return FALSE;
}
// add it
if (rd->is_a(r))
add(other, rd);
else
((ClassInstanceData *)other->get_data())
->add((BrowserClassInstance *) browser_node, rd);
}
}
else if (it != relations.end()) {
// remove it
if (!other->is_writable() && !root_permission()) {
// illegal
com->write_ack(FALSE);
return FALSE;
}
replace(other, rd, 0, (*it).is_a, 0);
}
return TRUE;
}
void UmlCanvas::update_global_settings()
{
UmlCanvas * c;
for (c = All.first(); c != 0; c = All.next()) {
c->br_diagram->update_drawing_settings();
c->show_shadow = c->br_diagram->get_shadow();
c->draw_all_relations = c->br_diagram->get_draw_all_relations();
}
}
void RuleStack::push( Q3PtrList<KScoringRule> &l )
{
kDebug(5100) <<"RuleStack::push pushing list with" << l.count() <<" rules";
KScoringManager::ScoringRuleList *l1 = new KScoringManager::ScoringRuleList;
for ( KScoringRule *r=l.first(); r != 0; r=l.next() ) {
l1->append( new KScoringRule( *r ) );
}
stack.push( l1 );
kDebug(5100) <<"now there are" << stack.count() <<" lists on the stack";
}
void RelationData::post_load()
{
while (! IncludeToHeaderIfExternal.isEmpty()) {
RelationData * rd = IncludeToHeaderIfExternal.take(0);
if ((rd->end_removed_from != 0) &&
(rd->end_removed_from->get_type() == UmlClass) &&
((ClassData *) rd->end_removed_from->get_data())->cpp_is_external())
rd->a.cpp_decl = "#include in header";
}
}
void UmlTransition::generate(UmlClass * machine, UmlClass * anystate, UmlState * state, Q3CString & body, Q3CString indent)
{
if (!cppTrigger().isEmpty()) {
UmlCom::trace("Error : transition from a pseudo state can't have trigger<br>");
throw 0;
}
Q3PtrList<UmlTransition> l;
l.append(this);
generate(l, machine, anystate, state, body, indent, FALSE);
}
void BrowserNode::unconsistent_fixed(const char * what, BrowserNode * newone) {
UnconsistencyFixedMsg += QString("<li>") + what + QString(" <i>") +
quote(full_name()) + QString("</i> and <i>") +
quote(newone->full_name()) + QString("</i></li>\n");
BrowserNode * bn = this;
while (bn->get_type() != UmlPackage)
bn = (BrowserNode *) bn->parent();
if (ModifiedPackages.findRef(bn) == -1)
ModifiedPackages.append(bn);
}
// check inheritance
QString BrowserNode::check_inherit(const BrowserNode * new_parent) const {
Q3PtrList<BrowserNode> all_parents;
Q3PtrList<BrowserNode> notyet = parents();
if (notyet.findRef(new_parent) != -1)
return TR("already generalize / realize");
notyet.append(new_parent);
do {
BrowserNode * cl = notyet.getFirst();
notyet.removeFirst();
if (cl == this)
return TR("can't have circular generalization / realization");
if (all_parents.findRef(cl) == -1) {
all_parents.append(cl);
Q3PtrList<BrowserNode> grand_parents = cl->parents();
for (cl = grand_parents.first(); cl; cl = grand_parents.next())
if (notyet.findRef(cl) == -1)
notyet.append(cl);
}
} while (! notyet.isEmpty());
return 0;
}
void ClassData::update_actuals(BrowserClass * parent,
Q3PtrList<ActualParamData> & new_actuals,
Q3PtrList<ActualParamData> & managed)
{
if (((BrowserNode *) parent->parent())->get_type() == UmlClass)
update_actuals((BrowserClass *) parent->parent(), new_actuals, managed);
ActualParamData * actual;
int n = ((ClassData *) parent->get_data())->nformals;
if (n != 0) {
// search the first associated actual
for (actual = actuals.first(); actual != 0; actual = actuals.next()) {
if ((actual->get_class() == parent) &&
(managed.findRef(actual) == -1))
// find;
break;
}
int nth = 0;
// progress on still present formals
while (actual && (nth < n) && (actual->get_class() == parent)) {
// actual ok
new_actuals.append(actual);
managed.append(actual);
actual = actuals.next();
nth += 1;
}
if (nth < n) {
// adds necessary actuals
if (nth == 0) {
// new inheritance
connect(parent->get_data(), SIGNAL(deleted()),
this, SLOT(update_actuals()));
connect(parent->get_data(), SIGNAL(changed()),
this, SLOT(update_actuals()));
}
do {
new_actuals.append(new ActualParamData(parent, nth));
nth += 1;
}
while (nth != n);
}
}
}
Indicator * SINWAV::calculate ()
{
Indicator *output = new Indicator;
output->setDateFlag(dateFlag);
output->setLogScale(logScale);
Q3PtrList<PlotLine> pll;
pll.setAutoDelete(FALSE);
getSINWAV(pll);
int loop;
for (loop = 0; loop < (int) pll.count(); loop++)
output->addLine(pll.at(loop));
return output;
}
void UmlArtifact::mark_useless(Q3PtrList<UmlItem> & l) {
if (useless) {
set_isMarked(TRUE);
parent()->set_childrenVisible(TRUE);
l.append(this);
}
}
void Q3SocketPrivate::close()
{
closeSocket();
wsize = 0;
rba.clear(); wba.clear();
windex = 0;
}
void CppRefType::force_ref(UmlClass * cl, Q3PtrList<CppRefType> & l)
{
CppRefType * ref;
WrapperStr t = cl->name();
for (ref = l.first(); ref; ref = l.next()) {
// don't use ref->type.toString() because of synonymous
// in several namespaces
if ((ref->type.type != 0)
? (ref->type.type == cl)
: (ref->type.explicit_type == t)) {
ref->included = FALSE;
return;
}
}
}
void RuleStack::pop( Q3PtrList<KScoringRule> &l )
{
top( l );
drop();
kDebug(5100) <<"RuleStack::pop pops list with" << l.count() <<" rules";
kDebug(5100) <<"now there are" << stack.count() <<" lists on the stack";
}
// -----------------------------------------------------------
void QucsApp::slotCursorDown()
{
if(!editText->isHidden()) { // for edit of component property ?
if(view->MAx3 == 0) return; // edit component namen ?
Component *pc = (Component*)view->focusElement;
Property *pp = pc->Props.at(view->MAx3-1); // current property
int Pos = pp->Description.find('[');
if(Pos < 0) return; // no selection list ?
Pos = pp->Description.find(editText->text(), Pos); // current list item
if(Pos < 0) return; // should never happen
Pos = pp->Description.find(',', Pos);
if(Pos < 0) return; // was last item ?
Pos++;
if(pp->Description.at(Pos) == ' ') Pos++; // remove leading space
int End = pp->Description.find(',', Pos);
if(End < 0) { // is last item ?
End = pp->Description.find(']', Pos);
if(End < 0) return; // should never happen
}
editText->setText(pp->Description.mid(Pos, End-Pos));
editText->selectAll();
return;
}
Q3PtrList<Element> movingElements;
Schematic *Doc = (Schematic*)DocumentTab->currentPage();
int markerCount = Doc->copySelectedElements(&movingElements);
if((movingElements.count() - markerCount) < 1) {
if(markerCount > 0) { // only move marker if nothing else selected
Doc->markerUpDown(false, &movingElements);
movingElements.clear();
}
else {
if(Doc->scrollDown(-Doc->verticalScrollBar()->lineStep()))
Doc->scrollBy(0, Doc->verticalScrollBar()->lineStep());
}
Doc->viewport()->update();
view->drawn = false;
return;
}
view->moveElements(&movingElements, 0, Doc->GridY); // move "GridY" down
view->MAx3 = 1; // sign for moved elements
view->endElementMoving(Doc, &movingElements);
}
void Q3SocketPrivate::connectionClosed()
{
// We keep the open state in case there's unread incoming data
state = Q3Socket::Idle;
closeSocket();
wba.clear();
windex = wsize = 0;
}
int main(int /*argc*/, char ** /*argv*/)
{
Q3PtrList<Node> list;
list.setAutoDelete(true);
Q3AsciiDict<Node> dict;
KOffice::PriorityQueue<Node> queue;
srand(time(0));
for (int i = 0; i < 12; ++i) {
Node *n = new Node(rand() % 20);
list.append(n);
queue.insert(n);
// Check whether the AsciiDict CTOR is okay
Node *n2 = new Node(*n);
dict.insert(keys[ i ], n2);
}
kDebug() << "##### Queue 1:";
queue.dump();
kDebug() << "##### Queue 2:";
KOffice::PriorityQueue<Node> queue2(dict);
queue2.dump();
Node *n = list.at(6);
kDebug() << "##### Decreasing node:" << n->key() << " at" << n->index();
n->setKey(2);
queue.keyDecreased(n);
queue.dump();
n = list.at(2);
kDebug() << "##### Decreasing node:" << n->key() << " at" << n->index();
n->setKey(0);
queue.keyDecreased(n);
queue.dump();
n = queue.extractMinimum();
while (n) {
queue.dump();
n = queue.extractMinimum();
}
return 0;
}
// returns all parents for NON class
Q3PtrList<BrowserNode> BrowserNode::parents() const {
Q3PtrList<BrowserNode> l;
Q3ListViewItem * child;
for (child = firstChild(); child != 0; child = child->nextSibling()) {
BrowserNode * ch = ((BrowserNode *) child);
switch (ch->get_type()) {
case UmlInherit:
if (!ch->deletedp())
l.append(((SimpleRelationData *) ch->get_data())
->get_end_node());
default:
break;
}
}
return l;
}